molecules.hpp File Reference

#include <array>
#include <cmath>
#include <iostream>
#include <memory>
#include <string>
#include <vector>

Go to the source code of this file.

Classes
class	Molecule
class	Hydrogen
class	Helium
class	Methane

Macros
#define	NSHOMATE   7
	Molecule stored the necessary information for calculating the thermodynamic properties of an air parcel. More...
#define	MAXSHOMATE   3

Macro Definition Documentation

NSHOMATE

#define NSHOMATE   7

Molecule stored the necessary information for calculating the thermodynamic properties of an air parcel.

This class has the following private members storing the properties:

• name, the name of this molecule, solids and liquids should add suffix "(s)" and "(l)" to the corresponding molecule.
• mu, molecular weight [g/mol]
• cp, solid or liquid heat capacity [J/(mol K)]
• latent, latent heat at triple point [kJ/mol]
• entropy, standard entropy [J/(mol K)]
• enthalpy, standard enthalpy [kJ/mol]
• gibbs, standard gibbs free energy [kJ/mol]
• tr, triple point temperature [K]
• pr, triple point pressure [pa]
• tc, critical point temperature [K]
• pc, critical point pressure [bar]
• cliq, liquid heat capacity [J/(mol K)]
• enliq, vaporization heat of liquids at triple point [kJ/mol]
• csld, solid heat capacity [J/(mol K)]
• ensld, sublimation heat of solids at triple point [kJ/mol]
• beta, slope of idealized saturation vapor pressure curve, beta = (L(T) - (cp - ci) * T) / (R * Tr)
• gamma, correction factor of saturation vapor pressure curve, gamma = (ci - cp) / R

The following members store coefficients in thermodynamic expressions:

• shomate, 7 shomate expression coefficients
• shomate_sp, temperature separations in shomate expressions

Definition at line 43 of file molecules.hpp.

MAXSHOMATE

#define MAXSHOMATE   3

Definition at line 46 of file molecules.hpp.